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course cap
350+
Batches Across 3 Cities

Design and Verification in mysore


Bangalore
Hyderabad
Noida
500 - 1000+
500 - 1000+
Current Openings
6 LPA
6 LPA
Average Salary
30%
30%
Year on year growth
150+
150+
Openings in Companies
Class Start Dates
Personalized One-on-One Training

Get fully customizable training with options to tailor the syllabus, duration, course fee, tools, job support, and more—designed to match your unique learning needs.

Flexible Scheduling

VlsiFirst offers the most training date options, including weekdays, weekends, or a mix—allowing you to choose a schedule that suits you best.

Learner-Centric Approach

We go the extra mile to arrange everything as per your preference—just ask, and we’ll make it happen!

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Tue
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Interview Preparation
Learn all the Tips & Secrets in cracking the interview.
Labs
Advanced lab sessions building practical exposure in avane.
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Internship Support
Achieve Industry expertise With the internship opportunity at VLSIfirst
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Design and Verification Overview

VLSI (Very Large Scale Integration) RTL (Register Transfer Level) Design and Verification is the process of designing and verifying the functionality of the digital circuits. This process involves implementing circuits using hardware description languages (HDLs) like Verilog or VHDL. RTL Design involves creating a high-level behavioral description of the digital circuit that specifies its functionality, and then translating this description into a register transfer level (RTL) description. The RTL description is a low-level representation of the circuit that specifies the behavior of each individual gate and the connections between them. The RTL description is then used to synthesize the circuit into a gate-level netlist, which can be used to implement the design in hardware.

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Learning Outcomes of the Course
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Understanding of VLSI Fundamentals
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Proficient in RTL Design
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Hands-On Experience with Design Tools
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Design Verification Techniques
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Understanding of Synthesis & Optimization
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Advanced RTL Design Concepts
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Industry Projects and Internships
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Placement Support
Eligibility/Prerequisites of the course
Any year BTech, MTech, BE, ME pass out students with minimum of 50% in academics are eligible for.

Placement Guarantee by allowing students pay after placement

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Offline Class
Student need to pay 75,000 in Training Period, *25,000 after Placement
Best For Students
Best For Students
Starting
Offline
15,000 for registration immediately
1st
Month
Offline
15,000 after the 1st month
2nd
Month
Offline
15,000 after the 2nd month
3rd
Month
Offline
15,000 after the 3rd month
4th
Month
Offline
15,000 after the 4th month
Course Curriculum
Introduction
  • Semiconductor ecosystem
  • VLSI design cycle - front end design flow & backend design flow
  • What is ASIC & FPGA
  • FPGA design flow & ASIC design and verification flow
  • SoC example and industry updates
  • Opportunities for VLSI engineers in India
  • VLSI industry work profiles and roles
  • How to be industry ready?


Digital Design
  • Digital system design & applications
  • Introduction
  • What is digital & analog
  • Introduction to digital system design
  • Elements of digital logic, number system
  • Code conversion, logic gates, K-maps, Boolean algebra, SOP, POS
  • BCD, excess-3, gray code, ASCII, complements
  • Combinational logic design: adders, subtractors, multipliers, dividers, comparators, multiplexing, demultiplexing, encoders, decoders, parity, checkers, data path, control path, ALU
  • Sequential logic design: synchronous logic design, asynchronous logic design
  • Latches
  • Flip-flops
  • Counters (asynchronous, synchronous, mod, Johnson, ring)
  • Registers (SISO, SIPO, PISO, PIPO, USR, LFSR)
  • FSM (Mealy and Moore – overlapping and non-overlapping)
  • FIFO (asynchronous, synchronous)
  • Memories (RAM, ROM)


Verilog
  • Introduction & Importance of HDL - HDL vs High Level Languages.
  • Basic Language elements
  • Design Methodologies - Top Down, Bottom Up
  • Verilog data types
  • Verilog Modelling Styles:
  • Dataflow Modelling – continuous assignment statements
  • Gate Level Modelling/Structural modelling
  • Behavioural Modelling – Procedural blocks, procedural block statements – blocking and non-blocking assignments.
  • Switch Level Modelling – switch primitives
  • System Tasks
  • Logic Gates, Half Adder, Full Adder, Half subtractor, Full subtractor.
  • Multiplexer – 2:1, 4:1, 8:1 and other mux-oriented problems.
  • Logic gates using Mux, Encoder, Decoder, Priority Encoder
  • Stratified Event Queue or Timing Regions In-depth explanation with examples.
  • Comparator, Seven Segment, Multipliers
  • Combinational Circuits to be taught in Behavioral (IF, CASE) and Gate level
  • Adders – RCA, Carry Look ahead adder, ALU, Subtractor, Division Circuits
  • Sequential Circuits:
  • Latch – Definition, usage, types, Coding and Simulation Result Explanation.
  • Flipflop – Types (dff, tff, jkff), Coding and Simulation Result Explanation, Sync and Async FF. Difference between Latch and Flipflop, Why Nonblocking should be used for Sequential Circuits?
  • Counter - Both Synchronous and Asynchronous, Mod Counters, Repeated Counters, Ring, Johnson Counters.
  • FSM – Melay and Moore, Timescale, Parameter, Local Param, ifdef
  • Shift registers – SISO,PISO,PIPO,PISO, Bi-directional Registers, Universal Shift Registers
  • MEMORIES – RAM, ROM, Frequency Dividers, Self-checking testbenches.
  • Define, setup, hold time, Types of delays to be used in coding. – Inter,Intra,Gate
  • Sequential and Parallel execution blocks, generate blocks, Primitives - Try
  • Randomization based testbenches, Task oriented TB.
  • Synthesizable vs Non-Synthesizable Constructs explanation with examples, Loops.
  • Race conditions in Verilog with Live examples
System Verilog
  • ASIC Verification:
  • Introduction & Importance
  • Verification Methodologies
  • System Verilog: Introduction to Verification and System Verilog.
  • Data Types:
  • Integer, Void
  • String, Event
  • User-defined Enumerations
  • Class Arrays
  • Fixed Size Arrays - Packed and Un-Packed
  • Dynamic Array - Associative Array, Queues, structure, Union, typedef
  • Procedural Statements and Flow Control:
  • always_ff, always_comb, Blocking & Non-Blocking assignments
  • Unique-I, Priority-If
  • While, do-while, for each & enhanced for loop
  • Repeat, Forever
  • Break & Continue
  • Named Blocks and Statement Labels
  • Disable block and disable statements
  • Event Control.
  • Tasks and Functions:
  • Tasks
  • Functions
  • Argument passing – Automatic, Static
  • Processes:
  • fork-join
  • fork-join any
  • fork-join none
  • wait-fork
  • disable-fork
  • Classes:
  • Classes
  • This Keyword
  • Constructors
  • Static Class Properties & Methods
  • Class Assignment
  • Shallow Copy & Deep Copy
  • Parameterized Classes
  • Inheritance
  • Overriding Class Members
  • Super Keyword
  • Polymorphism, Casting
  • Data Hiding and Encapsulation
  • Abstract Classes & Virtual Methods
  • Class Scope Resolution Operator
  • Extern methods
  • Type def Classes.
  • Randomization & Constraints:
  • Constraint Blocks
  • External Constraint Blocks
  • Inheritance
  • Inside operator
  • Weighted distribution
  • Implication and if-else and other constructs.
  • IPCSemaphore - Mailbox - Event:
  • Scheduling Semantics
  • Program Block
  • Interface
  • Mod port
  • Clocking Blocks.
  • Assertion:
  • Assertions
  • SVA Building Blocks
  • SVA Sequence
  • Implication Operator
  • Repetition Operator
  • SVA Built in Methods
  • Ended and Disable iff.
  • Coverage:
  • Coverage
  • Functional Coverage – Types
  • Coverage Options - Parameters and define.
  • Project on System Verilog on Industry Standard Protocol with assertions and coverage along with tool explanation.


Universal Verification Methodology
INTRODUCTION

  • What is UVM?
  • Why UVM?
  • Overview of UVM Structure.
UVM Testbench Architecture

  • Test Bench Structure
  • Explanation of Test Bench
  • UVM Objects and UVM Components
  • UVM Sequence Item
  • UVM Sequence and UVM Sequencer
  • UVM Driver and UVM Monitor
  • UVM Agent and UVM Scoreboard
  • UVM Test and UVM Top.
UVM Phases

  • Types of Phases
  • Explanation of Phases
UVM TLM

  • Analysis Port
  • Usage of TLM Ports
  • Declaration and Connection of Ports
Register Layer

  • Introduction
  • Register Model
  • Register Environment
  • Connection of Register Environment
UVM Reporting

  • Reporting Methods
  • Configurations
  • Usecases
UVM Configurations

  • Usage of Configurations
  • Set Config Methods
UVM Factory

  • Registration
  • Factory Methods Explanation
UVM Callback

  • Body Call back
  • Usage and Importance of Call Backs
Lock Grab

  • Examples
  • Arbitration
  • Importance of Arbitration
  • Usage of Arbitration
  • Sequencer Arbitration
  • Virtual Sequence, Sequencer
  • Need and Usage of Virtual Sequence and Sequencer.
Sequential and Parallel Sequence, Layered Sequences

  • Overview and Implementation of Sequences.
UVM MACROS

  • Macros Explanation in UVM.
UVM Project

  • UVC Development for Industry standard protocol.
  • Explanation of IP, VIP, SOC Level Testbench flow, Testplans, Verification plan.


Projects

Students will work on some of the below Design and Verification projects as part of training project. APB, AHB, AXI, SPI , UART, I2C, MEMORY CONTTROLLER, USB, UTMI, PCIE, ETHERNET, AES. Linux Operation System, Vim Editor.

5%on group registrations with a minimum of 3 students
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What we provide for our students
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Lab Sessions
Lab Sessions offer hands-on practical experience, enhancing skills through real-world applications, expert guidance, and interactive learning.
Key Considerations
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Affordable fee

Structure

Student can pay in No cost EMI for 5 months.

Students are Eligible for Internship.

As per hiring companies requirement, as our trainers are working in industry they update course content time to time

OTHER INSTITUTE

High Fee.

No Fee after placement option

They ask to clear total fee within 1 month.

No scholarships provided.

Why VLSIfirst is Highest Rated?

State-of-the-art Facilities

Industry-level labs and tools

Personalized Learning Experiences

Tailored teaching for every student

Smaller Class Size – Only 20 Students per Batch

More focus, better interaction

Flexible Learning Modes

Offline & Online options

Advanced Lab Facilities

Hands-on real-time practice

1-1 Doubt Sessions

Personalized doubt clearing

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About Placement

We are a leading provider of VLSI training solutions, dedicated to empowering engineers with the skills and knowledge required to excel in the semiconductor industry.


Our Approach:


  • Integrated Training: Blend of theory and practical application.
  • Real-World Preparation: Equipping students for practical challenges
  • Comprehensive Approach: Holistic training for robust skill development.
Job Roles Available
RTL Design Engineer
ASIC VERIFICATION Engineer
DV Engineer
Project Manager
Automotive Embedded
FPGA DESIGN Engineer
Test Engineer
Applications Engineer
PreSilicon and Post Silicon Validation Engineer
How can we help?

Our work with clients has always been at the intersection of deep industry expertise and extensive capabilities.

What is FEE structure for Design Verification course?

Fee Structure:

Total fee: 1,00,000/- Student need to pay 75,000 in Training Period

15000/- for Registration

15000/- after 1 st Month

15000/- after 2 nd Month

15000/- after 3 rd Month

15000/- after 4 th Month


Remaining 25,000 after getting placement (after receiving offer letter from company)

Do I need To pay remaining 25% fees if I get placed through my own sources?

No, if you get placement through your sources there is no need to pay 25% fee, however, you need to inform us that you want to try on your own as soon once you finish your training.

Do I need to pay 25% fee if I don’t get placement?

No, you will pay 25% fee after placement only.

Is there any discount in fee?

No, we don’t offer any discounts in fee.

How many Locations do you provide offline classes?

We provide offline classes in 3 locations, Hyderabad, Bangalore and Noida

Can 2024 below BTech passout students can join the course?

Yes, any student who are passed out between 2005 to 2024 can join the course

Booking Appointment

Speak With Industry Experts

Testimonials
Hear from VLSIfirst Students Placed at Top MNC's with Highest packages
RTL Design & Verification Job-Oriented Course in Mysore

The demand for VLSI professionals is rapidly increasing, and Mysore is becoming an emerging hub for technology and semiconductor careers. Our RTL Design Training in Mysore is designed to help students and professionals build strong expertise in digital design and verification. Through a structured RTL Design Course in Mysore, participants gain in-depth knowledge of RTL coding, simulation, synthesis, and verification methodologies required to excel in the semiconductor industry.


We are recognized for offering the Best RTL Design training with placement in Mysore, ensuring that every learner not only acquires strong technical skills but also lands a promising career in top companies. As one of the most trusted RTL training institutes in Mysore with 100% placement, our training methodology combines theory, hands-on practice, and real-time project work to provide complete industry readiness.


The RTL Design and Verification course in Mysore covers fundamentals as well as advanced concepts, making it suitable for both beginners and professionals who want to upgrade their skills. Learners interested in specialized areas can also enroll in our Advanced RTL design course Mysore, where we provide deep insights into RTL design flow, verification strategies, and usage of industry-standard tools.


We strongly believe that quality training should be accessible to all, which is why we provide Affordable RTL training courses in Mysore without compromising on teaching quality or placement support. To ensure flexibility, learners can choose between RTL design online and classroom training in Mysore, making it convenient for both students and working professionals.


Our unique placement-driven programs, such as RTL courses in Mysore with job guarantee, are designed to help learners transition smoothly from training to employment. With RTL design training with real-time project Mysore, students gain hands-on experience by working on practical assignments and industry-level projects, preparing them for real-world challenges.


We also focus on job-readiness through RTL placement training in Mysore, which includes interview preparation, technical tests, resume building, and mock interviews. After completing the program, learners receive an industry-recognized RTL certification course in Mysore, which adds credibility to their profile and makes them stand out in the job market.


Fresh graduates looking for career opportunities will benefit from our dedicated RTL fresher jobs after training in Mysore initiative. With strong placement tie-ups and continuous job support, we help freshers secure employment in leading VLSI and semiconductor companies.


The course also emphasizes the complete design process through RTL design flow training Mysore, where learners understand every step of the RTL lifecycle, from specifications and coding to simulation, synthesis, and verification. This ensures a holistic understanding of RTL design and verification, preparing participants for complex industry roles.


By joining our RTL Design & Verification Training in Mysore, students gain expert guidance, advanced tools, and real-time project exposure that ensures career success. Whether you are a fresher aiming for your first job or a professional upgrading your skills, our comprehensive training program is the best choice to launch a rewarding career in VLSI design and verification.



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